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It was a response to neutron question
originally posted by: TopSecretMan
a reply to: TopSecretMan
Think about it. If it’s about density, not force and energy, how does wind remove shingles, metal roofing, and knock over structures?
originally posted by: TopSecretMan
originally posted by: neutronflux
a reply to: TopSecretMan
Trying to change topics? Typical conspiracist tactic....
Again
So, how did the 200,000 pound plus 767s that might have as much as 40,000 pounds of fuel in each wing flying over 400mph not have the energy to take out hollow vertical columns with steel plate thickness that might have been down to 1/4” thick. The steel plates that the columns were made from thinned with the high of the towers.
www.google.com...
Maybe it wasn't a plane
originally posted by: InhaleExhale
originally posted by: TopSecretMan
a reply to: TopSecretMan
Think about it. If it’s about density, not force and energy, how does wind remove shingles, metal roofing, and knock over structures?
do you not understand the question?
nowhere is it suggesting that steel skyscrapers are brought down by wind so how you come up with that is beyond me.
this is being asked as I have already explained
You say that aluminum cannot penetrate steel because you give the impression that its because steel is so much more dense that aluminum.
Hence the questions about wind with very little density moving and knocking over houses and buildings and how its possible if its about density.
originally posted by: TopSecretMan
originally posted by: InhaleExhale
originally posted by: TopSecretMan
a reply to: TopSecretMan
Think about it. If it’s about density, not force and energy, how does wind remove shingles, metal roofing, and knock over structures?
do you not understand the question?
nowhere is it suggesting that steel skyscrapers are brought down by wind so how you come up with that is beyond me.
this is being asked as I have already explained
You say that aluminum cannot penetrate steel because you give the impression that its because steel is so much more dense that aluminum.
Hence the questions about wind with very little density moving and knocking over houses and buildings and how its possible if its about density.
I never said it was just about density??
It's about mass as well
I never said it was just about density??
The point I was trying to make wasn't the type of plane it was. It was that aluminum cant penetrate steel.
It's about mass as well
It was that aluminum cant penetrate steel.
originally posted by: samkent
a reply to: TopSecretMan
It was that aluminum cant penetrate steel.
Didn't you do the paper straw vs the raw potato experiment in science class?
Hold a raw potato in your left hand.
Hold a paper straw in your right hand with your thumb over the end.
Stab the straw as fast as you can through the potato.
I goes all the way through.
World's Fastest NERF Dart
m.youtube.com...
What happens when a NERF dart breaks the SPEED OF SOUND?
m.youtube.com...
originally posted by: InhaleExhale
a reply to: TopSecretMan
I never said it was just about density??
FFS
stop trolling and read what you are responding too.
Who said you did?
You say this
The point I was trying to make wasn't the type of plane it was. It was that aluminum cant penetrate steel.
Why cant aluminum penetrate steel?
Its a stupid truther phrase so many parrot that implies only density is at play, steel is much more dense than aluminum so hence without any further thought this stupid "aluminum cant penetrate steel" saying is used to describe a Boeing passenger Jet hit the towers.
It's about mass as well
If something made of aluminum has enough mass and velocity to create massive kinetic energy it could maybe penetrate something made of steel?
How to Turn Your Fist Into a Block-Breaking Machine
discovermagazine.com...
What happens after contact is also very important. All materials are at least slightly elastic: Whack them in the right spot and they will start to oscillate. “If you tweak a rubber band it goes up and down, and the same is true if you tweak a board or a brick with a much greater force,” Feld says. “When they reach their elastic limits, they start to yield. In other words, they break.”
If aluminum can penetrate steel as you claim, why do they make hammers out of steel instead of aluminum?
Why don't they make anti-tank rounds out of aluminum? Why don't they make saw blades out of aluminum?
Such absurdity you offer.
originally posted by: neutronflux
a reply to: Jesushere
And I can find written documents people swear the earth is flat.
I guess here is something else you can find “interesting” and imply is “credible” on amazon
www.amazon.com...=asc_df_1943056013/?tag=hyprod-20&linkCode=df0&hvadid=241914467431&hvpos=1o1&h vnetw=g&hvrand=15211834265286863871&hvpone=&hvptwo=&hvqmt=&hvdev=m&hvdvcmdl=&hvlocint=&hvlocphy=9016695&hvtargid=pla-436418976703&psc=1
The Greatest Lie on Earth: Proof That Our World Is Not a Moving Globe
Maybe you could start a new thread, creating an actual argument with evidence?
originally posted by: Salander
originally posted by: Ghostsinthefog
So just starting to really take a look at, dig into the 9/11 worm hole.
The first question that comes to mind is to all the people that believe this was ab inside job. Now i understand both believe the towers were hit, but was also rigged with explosives.
To rig a tower with such a gigantic explosive device couldn't have gone unnoticed, so is there ant any evidence or testimony stating there was weird goings on... example... uncharted construction on the lower levels etc?
When you control the security at the facility, as Stratasec/Securacom did, preparing the facility would be a cake walk, pardon the pun. Some elevator company had been doing work for months before, and tenants received notice advising that on the weekend before, the power to the buildings would be shut off for some period of time.
We don't know how far the planes penetrated inside the building and how deep was the fires. Smoke from outside doesn't reveal much about the extent of the fires inside the twin towers.